Intravenous
Intravenous
Items 21 - 40 of 50
The dorsal surface of the incredibly realistic hand includes injectable metacarpal, digital and thumb veins
This IV injection pad can simply be clamped onto the forearm and contains the veins for injection training and blood sampling. The veins are filled with blood via a tube system and generate a lifelike return flow during puncture. The veins can be felt. Available in single pack or set of 5 pieces.
With this strap-on IV puncture pad it is possible to interact directly with the actor while practicing iv puncture on arm or leg without the danger of any injury. The replaceable pad with two replacable veins can be connected to a pressurized infusion bag with a tube that can be hidden under the clothes.
This model has a special, extremely thin, synthetic skin which is paired with rubber tubing featuring a small lumen and thin walls.
This set of 5 injection trainers allows the training of i.v. injection directly on a person, without the risk of any harm.
Lifelike arm reproduction of a six year old child.
The model offers the opportunity to practice intravenous and intramuscular injection techniques. The upper arm features a internal bone structure as landmark for intramuscular injection.
The model offers the opportunity to practice intravenous and intramuscular injection techniques. The upper arm features a internal bone structure as landmark for intramuscular injection.
The Newborn Injection Training Arm simulates the arm of a newborn for IV skills training. The lifelike veins support multiple needle sticks to ensure participants can hone skills in newborn IV administration, phlebotomy, and drug administration. For use with Susie Simon Nursing Newborn GM10902
Lifelike training arms for practicing vein puncture.
Holistic simulation of peripheral intravenous access management in just one arm.
This model has been developed for comprehensive training in the procedure of the peripheral venous route management with the intravenous cannula such as: confirmation of the puncture site, insertion and holding needle in place with film dressing.
This model has been developed for comprehensive training in the procedure of the peripheral venous route management with the intravenous cannula such as: confirmation of the puncture site, insertion and holding needle in place with film dressing.
Life-size arm of an infant showing the veins for puncture. The veins can be palpated and are filled with blood via a tube system. Ideal for practising localization and injection.
Life-size leg of an infant showing the veins for puncture. The veins can be palpated and are filled with blood via a tube system. Ideal for practising localization and injection.
Life-size head of an infant with representation of the head veins for puncture. The veins can be palpated and are filled with blood via a tube system.
This model represents a six month old infant. Injection of jugular and temporal vein is possible. Special soft material makes the model look and feel like a real head. The skin and veins can be replaced if necessary.
SMASH Advanced Patient Training arm was first introduced in 1986. The latest improvement to this "world class" standard offers realism in a sleek design
These self-contained trainers are packaged in a plastic case that can be converted into a work station. Trainers include everything you will need to begin training and practicing i.v. skills.
This self-contained trainer is packaged in a plastic case that can be converted into a work station. The Trainer includes everything you will need to begin training and practicing IV skills.
This economical portable IV Training Hand combines realism, fine detail, and lightweight convenience in a single trainer. This self-contained trainer is packaged in a plastic case that can be converted into a work station.
The injection model is intended to give the prospective physician and medical auxiliary staff the opportunity of practicing intravenous injection.
This model offers the possibility of practising blood sampling, injection and infusion. Two injection sites, one on the elbow and the other on the lower arm, allow palpation of the vein under the skin and realistic injection. Injection sites, vein and skin can be exchanged.
Puncture methods for blood withdrawal and injection can be practiced in a realistic manner with the representation of the superficial and deep vein system.
Items 21 - 40 of 50